Your future responsibilities
Silicon Austria Labs (SAL) is appointing excellent candidates in the locations Graz and Linz to initiate new research topics in electronic and software-based systems, which extend the existing portfolio of SAL.
SAL offers outstanding research facilities and internationally competitive salaries. It attracts top international scientists to conduct applied, industry-relevant research that pushes the frontiers of innovation.
A successful candidate has an exceptional track record in a specific area of electronic and software-based systems, can establish and lead a high-impact research unit, and demonstrates strong communication skills. The candidate is experienced in initiating and managing R&D projects, especially with industrial partners, and has established a large international network within academic and industrial organizations.
We are looking for an experienced Electromagnetic Compatibility (EMC) Researcher to lead high-quality, industry-relevant research. You will work in a strong team with good connections to international industry and academic partners and will be responsible for:
SAL offers outstanding research facilities and internationally competitive salaries. It attracts top international scientists to conduct applied, industry-relevant research that pushes the frontiers of innovation.
A successful candidate has an exceptional track record in a specific area of electronic and software-based systems, can establish and lead a high-impact research unit, and demonstrates strong communication skills. The candidate is experienced in initiating and managing R&D projects, especially with industrial partners, and has established a large international network within academic and industrial organizations.
We are looking for an experienced Electromagnetic Compatibility (EMC) Researcher to lead high-quality, industry-relevant research. You will work in a strong team with good connections to international industry and academic partners and will be responsible for:
- Develop models and procedures for Electromagnetic Interference (EMI) simulation in power electronics to predict EMI behavior of power electronic circuits and systems.
- Simplify simulations and computational costs of these EMI simulations.
- Apply machine learning methods to find the global optimum of circuits and systems.
- Acquire, manage and execute research projects with industrial and academic partners in close collaboration with team members.
- Strategic planning and building new industrial and academic partnerships
- Technical lead and technical advisor to the team
- Funding collaboration setup and writing funding proposals
- Publish results in peer-reviewed international conferences and scientific journals.